Skill UI

This skill provides a rigorous set of engineering and design directives for building professional-grade user interfaces using React/Next.js and Tailwind CSS. It enforces modern architectural constraints, ensures accessibility, and guides design decisions (typography, color, layout) to avoid common web clichés, resulting in high-fidelity, production-ready code.

This skill converts complex, narrative technical documents, research excerpts, or natural language problem descriptions into a highly structured Mathematical Problem Specification (MPS). It systematically extracts variables, constraints, objectives, and uncertainty parameters. By adhering to a strict Zero-Inference Protocol, it ensures all extracted elements are strictly grounded in the source text, making it invaluable for formalizing real-world optimization, data science, and engineering problems.

This skill captures and persists critical user decisions, project constraints, and architectural choices across multiple sessions and agents. It saves this context into a structured memory database (`mdbase`), ensuring that future development steps or agents can retrieve the original intent without re-deriving it from scratch. Ideal for documenting project rules, tech stacks, and design rationale.

A meta-skill designed to generate comprehensive and detailed travel itineraries and schedules. It intelligently orchestrates multiple steps, including extracting user preferences, checking local weather, searching Points of Interest (POI), and identifying practical time constraints (like opening hours and transit times). This ensures the final output is highly actionable, whether for a leisure trip or a business journey.

Aria functions as a System Architect, responsible for establishing the definitive structural foundation of the entire system. She designs comprehensive blueprints covering the data model (schema, relationships, constraints), API contract specifications (endpoints, auth, pagination), modular file structure, and selection of core architectural design patterns. Her output ensures that no code is written without a rigorously defined, approved architectural plan, minimizing ambiguity and technical debt.

This skill guides you through a comprehensive, multi-phase interview to capture every necessary detail of a new project idea. It is designed to run BEFORE any code is written, forcing detailed specification gathering across purpose, features, data models, and technical constraints. The output is a clean, self-contained prompt.md file, ensuring subsequent development is based on solid, unambiguous requirements and preventing costly mistakes.

This skill transforms vague feature briefs or Product Requirement Documents (PRDs) into highly structured design handoff briefs. It ensures designers have comprehensive context before starting work, including the core user goal, emotional context, critical technical constraints, necessary edge cases, and clear scope boundaries, preventing misdirection and scope creep.

Automatically generates a comprehensive, structured design brief for Figma. Users can input raw product requirements or feature requests, and the skill outputs a complete spec including goals, detailed user flows, required screens, component usage, constraints, and success criteria, ensuring designers have everything needed to start building confidently.

This skill generates a comprehensive, actionable performance budget document for any web service or application. It moves beyond wish lists by establishing measurable performance constraints, covering key user journeys, Core Web Vitals (LCP, CLS, INP), backend SLOs (P95, P99), and architectural limitations. It guides teams on setting targets, measurement tools, and incident response processes when budgets are breached.

Inclusive Design addresses who might be excluded by product assumptions, going beyond basic accessibility standards (WCAG). It ensures designs respect the real-world context, identity, language, culture, economic constraints, and cognitive load of the user. Use this skill when considering globalization, low-bandwidth use, diverse user populations, or first-time, low-confidence users.

This professional tool helps developers and researchers identify the optimal AI model for a specific task, such as coding, reasoning, or image recognition. It queries official HuggingFace leaderboards, filters models based on hardware constraints (e.g., available VRAM or RAM), and provides a detailed comparison table including benchmark scores, parameter size, and licensing information.

This template provides a highly flexible, fixed-size 1920x1080 canvas for creating professional presentations. Unlike traditional templates, it allows users to arrange content freely, treating each slide like a composable React component. It enforces strict design constraints (typography, color palette, visual hierarchy) to ensure every page maintains a polished, professional, and unique aesthetic, ideal for portfolios and artistic talks.